Software and hardware in the loop component for an IEC 61850 co-simulation platform

The deployment of IEC61850 standard in the world of substation automation system brings to the use of specific strategies for architecture testing. To validate IEC61850 architecture, the first step consists in validating the conformity of the object modeling and services implementation inside device...

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Bibliographic Details
Main Authors: Haffar, M, Thiriet, Jean Marc, El-Nachar, M
Format: Conference Proceeding
Language:English
Subjects:
Barium
Computer science
Hardware
IEC standards
Information technology
Software
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Summary:The deployment of IEC61850 standard in the world of substation automation system brings to the use of specific strategies for architecture testing. To validate IEC61850 architecture, the first step consists in validating the conformity of the object modeling and services implementation inside devices. The second step consists in validating IEC61850 applications compliance according to the project specifications. A part of the architecture can of course be tested "physically"; however in the design phase or when the actual architecture cannot be checked directly, modeling is helpful. In our research study we propose a co-simulation approach based on several components allowing the realization of advanced tests. This paper describes the need and the design implementation of software and hardware in the loop components as well as the object modeling concept of lED models.
ISSN:2157-5525
2157-5533
DOI:10.1109/IMCSIT.2010.5679954